Yes — this is actually a very good question, and I’ll explain it in a more scientific way.
From a biophysics / quantum biology perspective, DNA is often considered more than just a chemical molecule. It carries structured electromagnetic patterns and can exhibit behaviors consistent with quantum coherence and weak-field electromagnetic interactions. This is why DNA is sometimes discussed in relation to biofield and information transfer concepts.
In quantum theory, one important idea is that entangled or correlated systems can remain linked through information states rather than classical physical contact. While this is still an evolving area of science, it is often used as a conceptual model in energy medicine.
In this context, DNA-containing materials (such as hair, nails, or photos representing biological information) can be viewed as informational carriers of the person’s biological signature. When placed in a scalar field—which is described as a non-Hertzian, non-local field carrying longitudinal information rather than electromagnetic force—the field is believed to interact with this informational pattern rather than the physical object itself.
Therefore:
- The field is thought to interact with the bio-informational signature associated with DNA
- This is why users often report effects when placing hair, nails, or photos in the scalar field
- However, the most direct and consistent interaction is still when a living body is physically present in the field, as the entire biological system is actively coherent and responsive
So in practical terms, yes — users do experiment with DNA-related samples, and many report noticeable effects, but the strongest application remains direct exposure of the person to the scalar field itself.
Comments
Interesting topic.
Might it make sense to place the DNA sample in to / on the "circle" at the transmitter part (like imprinting) or better in the middle of the field?
THX for the always interesting blog posts
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